Learning Outcomes

Magnetism  Basics

Geomagnetism

Measurement of Magnetic Fields

Classification of Magnetic Materials

Lesson Summary

In this module, you will learn about the types of magnets and their properties. An analysis of the magnetic field and field lines of force will also be carried out. The module also looks into geomagnetism, the measurement of magnetic flux, and permeability. The classification of magnetic materials into various types will also be explained.

Magnetism - Electrically Induced

Electricity - Magnetically Induced

Eddy Current and Galvanometers

Magnetically Induced Force on a Current-Carrying Wire

This module explains magnetically induced electric current and the different magnetization methods. An introduction to electromagnetic induction and its laws and an understanding of eddy current and galvanometers are also discussed. Finally, magnetically induced forces on a current-carrying wire are described.

Basic Concepts of Electrical Theory

Circuit Parameters - Resistance

Electric Circuits and Inductance

Capacitors and Capacitance

Laws of Electric Current and DC Circuits

Static Electricity and Stray Currents

This module will take you through the definitions of key terms and basic formulas of electrical theory. An analysis of the key circuit parameters and an understanding of the basic laws and effects of electricity will be developed. Finally, an analysis of hazards and safety procedures will be provided.

Fundamentals of Electrical Technology - First Assessment

To pass this assessment, you must score 80 percent or above. 

However, if the required outcome is not achieved after the first attempt, you can retake the assessment until a successful outcome is achieved.

Electrical Circuits - Resistors

Inductors and Capacitors

RL and RC Circuits

RLC Circuits and Power Factor

This module will take you through the main elements of electrical circuits: Resistors, inductors, and Capacitors. You will look at these elements in both series and in parallel. An analysis of these elements in combination with A.C. circuits will also be a part of our studies. A discussion on RL, RC, and RLC circuits will also be provided.

Alternate Current Theory

Phasor Representation

Network Elements

Analysis of Circuits

Three-Phase Systems

This module takes you through the key concepts and theories of electricity and its application. The learner will be discussing alternate current theories. A detailed analysis of various waveforms will be carried out. Explanation of different network elements, circuits, and three-phase systems will be a key part of the learner's progress.

Fundamentals of Electrical Technology - Second Assessment

In order to pass this assessment, you will need to score 80 percent or above. 

However, if the required outcome is not achieved after the first attempt, you can retake the assessment until a successful outcome is achieved.

Diploma in Electrical Technology - Final Assessment

Develop solid foundational knowledge of the fundamentals of electrical technology in this free engineering course.

Diploma in Electrical Technology

Imagine having to live your day-to-day life without electricity. Everything around us is dependent on electricity: from our homes to workplaces, the way we watch our TVs to how massive factories are run. This online course gives you all the basic concepts, theories and applications of electricity that can become the building block of your study on this subject. So don't wait to enrol for free - begin your learning journey today!

Flow of Energy

Understanding Torque

Motor Dynamics

This module will discuss how to design an electric vehicle motor, how to optimise for torque inside a motor, and why electric vehicles use a PMSM motor instead of a PMDC motor.

Field Oriented Control

Thermal Design

Engineering Considerations

This module will discuss how to design controllers for the motor of an electric vehicle. It will also discuss the importance of an excellent thermal design, and it will explain engineering concepts useful for designing both motors and controllers.

Engineering Principles of Electric Vehicles - First Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 1 and 2 of the following course: 

• Diploma in Engineering Fundamentals of Electric Vehicle Design.

Introduction to Battery Chargers

Battery Swapping

Public Chargers

Swapping Stations

This module will discuss the design, specifications, and the use of different types of chargers. It will explain how public chargers work with local grid and network, the concept of battery swapping and changing stations, and chargers and charging standards.

Battery Monitoring

Monitoring Subsystems

This module will discuss how data is gathered, uploaded to a cloud, and analyzed for the vehicle's battery and subsystems' safety and performance.

Engineering Principles of Electric Vehicles - Second Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 3 and 4 of the following course: 

• Diploma in Engineering Fundamentals of Electric Vehicle Design.

Diploma in Engineering Fundamentals of Electric Vehicle Design - Course Assessment

Master the fundamentals of electric vehicle design in this free online engineering course.

Diploma in Engineering Fundamentals of Electric Vehicles

This free online course leads you through the engineering principles that enable industry to rapidly develop new designs of batteries and motors that are more energy-efficient and accessible than ever before. Anyone interested in automotive engineering can learn how to apply these principles to design and build motors, controllers and chargers for electric vehicles and how electric vehicles present new business opportunities for investors.

Protection of Induction Motors

Protection of Busbars

Protection against Transients and Surges

Lightning Arresters and Islanding

In this module, you will be introduced to the properties of large high voltage induction motors, their uses, faults, and protection schemes. Thereafter, protection schemes for busbars will be discussed. Finally, you will study the protection against transients and surges, along with system response to severe upsets.

Arc Interruption Theory in Circuit Breakers

Slepian’s and Cassie’s Theories

Factors Affecting RRRV, Recovery Voltage and TRV

Capacitive Current and Ratings of Circuit Breakers

Types of Circuit Breakers

Types of Relay Tests

Commissioning and Acceptance Tests

In this module, you will learn about the arc interruption theory in circuit breakers. Next, you will study the different types of circuit breakers and the testing, commissioning, and maintenance of relays.

Fundamentals of Electrical Switchgear - Course Assessment

Learn the functions of switchgear and the protection of induction motors, busbars and more in this free online course.

Fundamentals of Electrical Switchgear

In this online certificate course, you will study the protection of motors and busbars using electrical switchgear. Explore how they protect against transients and surges, arc interruption theory, types of circuit breakers and the testing, commissioning, and maintenance of relays. An understanding of protection systems is crucial in power networks, so the knowledge obtained in this course will be an invaluable addition to your resume.

Battery Technologies

Electrochemical cells

Salt  Bridge

Electrochemical series

This module explains what batteries and electrochemical are, their constructions and their workings. In this module, you will see the different types of batteries, their compositions, and the various ways in which these batteries work.

Single Electrode Potential (SEP) - Learning objectives

Emf of a Cell

Half-Cell Potential

Basics of Batteries

Battery Efficiencies

Electromotive Force

This module explains what single electrode potential is all about, its constructions and workings. In this module, you will learn about terms such as Half-cell potential, thermodynamics of a reversible cell.

Primary and Secondary cells

Ni-CD Batteries and Lithium Batteries

Batteries Performance and Maintenance

Solar Battery

Fuel Cells and Humidifiers

Safety Precautions

In this module: Battery Performance and Maintenance, you will be introduced to topics such as primary and secondary cells. You will learn about Ni-CD batteries, solar batteries and how they work. The module will also discuss fuel cells in batteries and safety percautions

Battery Technologies - End of Course Assessment

Learn about battery technologies, maintenance, performance & safety precautions in this free online course

This free online course will teach you about the science behind batteries and their function. We will take you through the different battery types and how they work. Learn about safety equipment and the safety precautions of battery technologies you need to know to guard against battery failure. You'll also learn about solar batteries, their components, and their benefits. So why wait? Power up your knowledge today!

Introduction to Ohm's Law and Basic Electrical Terms

Series Circuit Rules

Series Circuit Math Simplified

Live Video Demonstrations and Electrical Prefixes

In this module you will learn to solve the math calculations for voltage, current and resistance in series circuits using Ohm's law and the series circuit rules. This course will lay the groundwork for more advanced circuits such as parallel and series parallel circuits, which are taught in follow up courses. Many practice examples are provided.

Understanding Series Circuit Rules and Ohm's Law - Course Assessment

This free online course provides the foundations needed to understand series circuits and Ohm's Law.

Series Circuit Rules and Ohm's Law

This free online course covers the basics of Ohm's Law, series circuit rules and the math calculations for automotive series electrical circuits. We will discuss series circuit rules in detail. Your diagnostic thought process will allow you to narrow down electrical faults more quickly by the end of this course. We present this course so that even those most fearful of electrical courses will be able to master these principles.

Acting Forces

Power and Torque for Acceleration

Calculating for Force and Power

Drive Cycles

This module will discuss which physical forces act on a moving vehicle and how to perform calculations that will help determine the power required for an engine to overcome these forces. It will also explain how to calculate the amount of energy that will be consumed by an electric vehicle, depending on driving conditions, to establish design parameters for the electric vehicle.

The Vehicle Drive - Train

Batteries

This module will discuss the basic functions of the electric vehicle's subsystems, including an introduction to the very heart of the electric vehicle, the battery.

First Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 1 and 2 from the following course: 

• Diploma in Electric Vehicle Technology

Battery Parameters

Lithium-Ion Batteries

Battery Indicators

Development of Battery Packs

Battery Costs

This module will discuss how to calculate battery parameters, such as battery life, range, and charging methods. It will also analyze the chemical makeup of different batteries and what to consider when designing a battery to meet certain requirements.

Introduction to Battery Pack Design

Mechanical Design

Electrical Design

Battery Management System

This module will discuss how to design a reliable and safe battery pack. It will explain the different stages of the design, such as cell configuration, the structure of the pack, safety, and pack control. It will also analyze the mechanical, thermal, and electrical design of the battery pack and how to implement a good Battery Management System that will monitor the battery pack.

Second Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 3 and 4 from the following course: 

• Diploma in Electric Vehicle Technology

Diploma in Electric Vehicle Technology - Assessment

In this free online course, learn the basics of designing an electric vehicle and the technologies that drive them.

Diploma in Electric Vehicle Technology

With the growing prices in fuel, electric vehicles are more popular than ever and with governments pushing car manufacturers to produce more electric vehicles,  so with newer technologies the future is in electronics. Learn about the fundamental principles of designing an electric vehicle as you begin your studies. If you are an automotive technician, mechanical or electrical engineer, or just a car enthusiast, this course is for you.

Ohm's Law

Introduction to Energy, Series Circuits and Potential Divider

Parallel Circuits

Kirchoff's Laws

The direct current is obtained using batteries, DC generator, solar cells etc. Direct current is one in which the current is unidirectional - it will not change its direction for every half-cycle as alternating current. In this module, you will learn about the basic laws of electricity involving Kirchoff's laws, Ohm's law, energy, and power. Also, you will learn about series and parallel connections using DC voltages in different electrical circuits.

Introduction to Electronic Circuit Elements and Resistors

Capacitors

Inductors

In this module, you will learn about the workings of different electric circuit elements alongside their classifications, and modes of measuring their resultant quantities. You will discuss the related concepts and the factors that affect them in electrical circuits.

Semiconductors

Thyristors (SCR)

Zener Diodes

Rectifiers

Filters

In this module, you will learn about semiconductors, integrated circuits, and photoelectric sensors alongside their workings, types, and applications. You will also learn about thyristors (SCR), Zener diodes, rectifiers, and filters alongside their workings, types, and applications.

Electrostatic Discharge (ESD)

Simple Transistor Circuits

Transistor Biasing

Identification of Electronic Components, Cables, and Their Usage

In this module, you will learn about electrostatic-sensitive components that are related to electricity as well as the failure and damage these components come under in electrical circuits. Also, the module will teach you the concept of severity to electrostatic-sensitive components.

Marine Electronics - Circuits and Components - Course Assessment

Learn about electric circuits and electric components relevant to maritime electronics in this free online course.

Marine Electronics - Electric Circuits and Components

Marine electronics are a class of electronics used in the marine environment. This course covers circuits and components of marine electronics and offers an understanding of this area’s workings, principles and applications. Explore the rudiments of electrical laws and aspects of electronic circuit elements, including capacitors and inductors. Learn about the concepts of semiconductors, thyristors (SCR), Zener diodes, rectifiers and filters.